From altimateai-data-engineering-skills
Creates dbt models following project conventions, discovers naming patterns, runs dbt build to verify, and checks output correctness.
How this skill is triggered — by the user, by Claude, or both
Slash command
/altimateai-data-engineering-skills:creating-dbt-modelsThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
**Read before you write. Build after you write. Verify your output.**
Read before you write. Build after you write. Verify your output.
dbt build after creating/modifying models - compile is NOT enoughdbt show - don't assume successcat dbt_project.yml
find models/ -name "*.sql" | head -20
Read 2-3 existing models to learn naming, config, and SQL patterns.
# Find models with similar purpose
find models/ -name "*agg*.sql" -o -name "*fct_*.sql" | head -5
Learn from existing models: join types, aggregation patterns, NULL handling.
# Preview upstream data if needed
dbt show --select <upstream_model> --limit 10
Follow discovered conventions. Match the required columns exactly.
dbt compile --select <model_name>
This step is REQUIRED. Do NOT skip it.
dbt build --select <model_name>
If build fails:
Build success does NOT mean correct output.
# Check the table was created and preview data
dbt show --select <model_name> --limit 10
Verify:
For models with calculations, verify correctness manually:
# Pick a specific row and verify calculation by hand
dbt show --inline "
select *
from {{ ref('model_name') }}
where <primary_key> = '<known_value>'
" --limit 1
# Cross-check aggregations
dbt show --inline "
select count(*), sum(<column>)
from {{ ref('model_name') }}
"
For example, if calculating total_revenue = quantity * price:
Before declaring done, re-read the original request:
npx claudepluginhub altimateai/data-engineering-skillsProvides patterns for building dbt models, adding tests, and designing data models including dimensional modeling, staging/intermediate/marts organization, naming conventions, and testing strategies.
Builds and modifies dbt models with SQL transformations using ref() and source(), creates tests, validates results with dbt show. For dbt projects: modeling, debugging errors, data exploration, testing, change evaluation.
Provides dbt patterns for building staging, intermediate, and marts data models, incremental materializations, schema tests, and transformation pipelines in analytics engineering.